Latest Articles for Theoretical Physics

New insights explore the complexities of neutron stars and their possible compositions.

New insights into neutrino interactions reveal key aspects of pion production.

Examining how heavy operators illuminate the mysteries of black holes and their entropy.

A look at how dark photons may explain high-energy gamma rays from GRB221009A.

This article explores the link between ultralight scalar dark matter and right-handed neutrinos.

Exploring energy corrections and vacuum polarization in muonic atomic systems.

Research explores the properties of a doubly-charmed tetraquark using lattice QCD.

Scientists probe mysterious aspects of dark matter and flavor anomalies in particle physics.

New theories enhance understanding of pseudogap phenomena in correlated materials.

Research challenges dark matter theories through emergent gravity analysis of dwarf galaxies.

Exploring the significance of lepton-flavor violation in particle physics.

Exploring the behavior of observables in advanced theoretical physics.

Exploring reflected entropy's role in quantum systems and its implications.

Researchers investigate the dynamics of open quantum systems using Floquet theory.

Latin American scientists contribute to understanding particle physics at the EIC.

Researchers use machine learning to enhance predictions of infinite nuclear matter efficiently.

Examining a scalar field model for understanding the universe's accelerated expansion.

A brief overview of the significance of heterotic strings in theoretical physics.

A look into the lesser-known processes in nuclear physics.

A look into how Carrollian limits reshape electromagnetism and theoretical physics.

This article reviews phases and symmetries in two-dimensional QCD involving Dirac fermions.

Exploring the concept of triality and its impact on particle generations.

Exploring warm inflation's impact on the early universe's dynamics.

A look into how light and matter interact through Quantum Electrodynamics.

Investigating Dark Matter through Higgs boson and missing energy at the LHC.

Examining how light bends around unique cosmic structures.

Discover the mysteries behind dark matter and its significance in the universe.

New techniques streamline the evaluation of complex Feynman integrals using supercomputers.

Examining the role of Majorana states in quantum computing applications.

Exploring how subsystem entropy informs us about entanglement in quantum systems.

This article explores Type I and Type II supergravity, emphasizing their symmetries and scalars.

Gradient flow renormalisation improves calculations for meson properties and lifetimes.

Research calculates meson masses to enhance understanding of particle interactions.

A study revealing the search for supersymmetry particles using advanced techniques.

New study integrates three-body forces to improve understanding of light hypernuclei.

New methods improve equations of state for neutron stars using Chebyshev polynomials.

A look into CISM and its implications in chiral materials.

Research on moduli stabilization reveals links to dark matter and fundamental forces.

A look into the strange behaviors of spacetime at the tiniest scales.

Scientists explore the Type-I Two-Higgs Doublet Model for new discoveries.